Yeah yeah, "640k should be enough for everybody". There comes a point where that is actually true.
Yeah yeah, "640k should be enough for everybody". There comes a point where that is actually true.
because the USB-IF historically has struggled to reach enough consensus from its stakeholders to allow innovation to take place. The entire reason that lightning exists in the first place is because USB-IF couldn't agree on a replacement for micro-B (which everyone agreed clearly needed improvement!) and one of the members just had to shrug and go do it themselves. Once one of the members had gone there and proven the concept, it lit a fire under the asses of the rest of the consortium.
Same for why thunderbolt exists as a standard and not as USB 4 in the first place... not enough consensus to go there as an official standard rather than an extension. It took what, 10 years after Thunderbolt was standardized before we finally pulled ourselves out of the fecal lagoon of USB 3.x standards?
And then you layer in the dysfunction from the members that are primarily interested in creating consumer confusion with the USB 3.0, USB3.1 Type-1, USB 3.1 Type-2, USB 3.2 Type-1, USB 3.2 Type-2, USB 3.2 Type-2x2 nonsense so that they can deceptively and maliciously sell yesterday's hardware with tomorrow's standard on the box... many of the members of USB-IF are interested in actively stalling progress if it means they save 30 cents on their BOM.
This is not an organization with consumer interests at heart. They are a bad choice to be the legal guardian (more like, conservator) of all innovation.
On top of that, I feel like USB-C is deliberately engineered to sell more ICs. Which wouldn't be that huge of an issue except as a result, all relevant ICs are sold out (or unsuitable).
CC/PD use a custom transmission standard so you can't implement it without a PHY, which basically means at least one dedicated IC.
You can also directly feed the needed voltage without the negotiation. So this is only partially true.
You don't need a marker chip in the cable unless you intend to go over 20V/3A.
Apple’s Lightning (thinner than USB-C) and MagSafe (safer than USB-C for charging laptops… so glad Apple is transitioning back to it for M2 Airs)
But the best argument against "what about lightning?" is the fact that Apple themselves don't use it on their higher powered devices like macs, and use USB-C instead.
That said, you're absolutely right that its limit is reached already with phones. Some old cables have two pins (presumably VDD) that are discolored from use. Would not want lightning for charging a laptop.
I had 2 Google Pixels before with USB-C and both died because dust would accumulate around the center thingy and it was impossible to clean. The center thingy actually became loose on my second Pixel and the connector wouldn’t hold in place anymore.
I have since switched to an iPhone and I think the lightning connector stays remarkably clean. It’s also easier to clean because it doesn’t have the center piece of USB-C connectors.
This has absolutely zero to do with the plug design of Lightning. There are crap cables for USB-A, USB-C, USB Micro, 3.5" audio, and any other standard you want to find that don't last.
> And that's not even considering how a little bit of dust can prevent your device from charging at all, and lightning ports are a complete dust magnet.
By what magic do you believe that lightning ports collect pocket lint that USB-C is immune to?
> But the best argument against "what about lightning?" is the fact that Apple themselves don't use it on their higher powered devices like macs, and use USB-C instead.
Nobody is making this point. They're saying the sheer existence of the Lightning plug lit a fire under the USB-IF to finish and greenlight USB-C. If Apple hadn't started producing Lightning devices, it's entirely possible we'd still be dealing with USB Micro.
That said, I'll happily die on the hill that the Lightning plug design is almost unilaterally superior to the USB-C plug design.
MagSafe on phones is a total joke, and MagSafe on laptops exists _alongside_ USB-C charging.
the lightning connector itself is capable of USB 3.0 speeds, apple just keeps the iphone line (or the cables?) at usb 2.0 spec. The ipad pro can reach full speed.
https://apple.fandom.com/wiki/Lightning_to_USB_3_Camera_Adap...
For mac magsafe used to break every year where braided usb-c cable lasted me 3 years.
"Apple’s lightning-cable product page contains over 2,300 negative reviews of the lightning cable, with an overall rating of 1 out of 5 stars"
Lightning connectors do have the advantage you can safely stick a toothpick in them to remove lint, I don't know if lint building up inside the socket is a problem specific to lightning though.
Calling Lightning superior is blatant Apple fanboyism.
It's a good thing there is so little innovation coming out of the EU or else their wreckless legislators could have actual impact.
> their wreckless legislators could have actual impact.
I think the positive impact of the currently existing micro-USB legislation is clear if you look back at the status quo before it existed. This new legislation simply improves upon it.
Notice also that nothing prevents apple from additionally shipping MagSafe on their laptops, the device just needs to be usable with a type-C charger.
From https://www.europarl.europa.eu/RegData/etudes/BRIE/2021/6988... , page 6:
Device-side connector: the included devices would have to be equipped with a USB-C receptacle on the device side (as described in the European standard EN IEC 62680-1-3:2021) and, in cases of charging power lower than 60 watts, be rechargeable with cables that complied with the same standard
Then on page 8, the latest expansion of scope:
Included devices: a larger range of small and medium-sized devices with power delivery up to 100 watts would be included under the scope of the directive, including e-readers, low-powered laptops, keyboards, mice, earbuds, screens, printers, portable navigations, smartwatches, personal care devices and electronic toys
Note the personal care devices: looks like this is going to include electronic toothbrushes and electric razors.
Mandatory Tom Scott video about bri'ish power plugs: https://www.youtube.com/watch?v=UEfP1OKKz_Q
:-)
Much of what he describes is e.g. a feature of Schuko plugs/sockets.
The main distinguishing feature of the UK design is a technical workaround for a problem that no longer exists (WWII copper shortage requiring the embedded fuse).
I like them because they're small. I have a nifty little 3-port USB-A/C power supply where the plug folds flush. Europlug would have trouble doing that, and it's outright impossible with Schuko and UK plugs.
and it's outright impossible with Schuko and UK plugs
You mean exactly like this folding UK adapter from Apple? :P
https://www.apple.com/uk/shop/product/MGMY3B/A/apple-5w-usb-...
Other folding UK plug brands are available. /bbc_announcer_voice
Hurt like a sod to stand on if the prongs are face up though!
Can't the same safety features fit in a smaller package?
Wonderful! :D
If Apple ever wanted to support faster than 40 Gbps, they would have to do so in concert with the rest of the tech industry and release it as an open standard. I'd like to hear somebody try to argue this is a bad thing.
however, extremely few devices ship capable of these data rates, and many USB-C cables ship only supporting 480 mbps data transfer.
> ... Apple could possibly support such speeds without releasing a new backwards-incompatible cable, they would have done so long ago.
Lightning supports USB 3 (superspeed 5gbps) speeds. The lightning USB 3 camera adapter supports it for compatible devices. They did indeed figure this out long ago. They didn't do it because most people don't use lightning cables for data or even understand they _could_ use lightning cables for data.
> If Apple ever wanted to support faster than 40 Gbps, they would have to do so in concert with the rest of the tech industry and release it as an open standard. I'd like to hear somebody try to argue this is a bad thing.
Apple contributed to both thunderbolt iterations and to USB4. They were first adopters of both, as well as shipping the first USB-C laptop. I'm not sure what point you are trying to make here.
It's only by luck that it took enough time to not get stuck on that...
USB-C becoming standardized for phones will not slow the advancement of USB specs, and if the physical form factor becomes a constraint somehow, they will devise a better one and will standardize it likewise, even if consumer model phones can't ship with them from day 0.
A great example of this is EV charging connectors. The Tesla spec was superior until recently, but because the EU has mandated CCS, as communication/payment has been implemented within the standard, European cars find themselves with a universal plug and a universal charging network that can be unilaterally improved.
Meanwhile in the US we now have 2 charging networks on 2 standards, and no real path to unification.
There are currently three different fast charging standards, Tesla’s, CCS, and Chademo, and a vast need for improvements in charging infrastructure. If you don’t have a common standard, you end up with a fragmented network that caps everyone’s utility. Imagine if ICE cars could only get gas from certain types of stations, it’s madness.
Seriously? The clear leader for a decade has been Tesla, which is based in the US.
Chademo also has a lot of traction and is dominant in Japan and parts of east Asia.
CCS is popular in Europe (along with Tesla).
The EU mandated that all must use CCS, which has never been dominant in terms of technology or market share. It's blatant protectionism.
Having lived in a country (Thailand) where both Euro and US plugs work just fine as long as you mind your voltage, I have become quite annoyed at that lack of innovation.
It's not the plugs, it's the devices (or more commonly now, the power adapters) that work with 120, 240, or however many volts.
Nowadays many (most?) things take both voltages or, AFAICT -- I'm no electrician! -- anything reasonably close.
So in Thailand, for the most part, you can just plug in your MacBook or whatever and you don't need an adapter for the plug itself. Of course, if you're wrong about the voltage, things might go bad.
And as the other reply noted, this convenience doesn't make it safer, quite the opposite. But I just generally have realized there's a lot of innovation that could be done in plugs and sockets, but isn't being done.
As someone else commented above, the UK plugs are really interesting... but in my opinion maddeningly, unnecessarily big.
The government is not good at technology. They should step out of the way and let the consumer decide.
Like IPv6